&PARAMS
  ! Calculate response matrix for:
  !   0=no wall, 1=ideal wall, 2=resistive wall
  i_response = 2,
  
  ! Number of toroidal modes
  n_harm     = 1,

  ! Toroidal mode numbers n_tor(i) for i=1...n_harm
  n_tor      = 0,
  
  ! Number of toroidal grid points for real space representation
  nv         = 30,
  
  ! B_par is computed on a surface shifted by delta into the vacuum domain
  ! (numerical parameter: leave unchanged)
  delta      = 0.001,
  
  ! Number of grid points per boundary element
  n_points   = 10,
  
  ! Number of unconnected wall components
  ! (CURRENTLY UNUSED)
  nwall      = 1,
  
  ! Representation of the wall:
  !   1=Fourier series, 2=triangles, 3=triangles+index fu.
  iwall      = 1,

  ! PF coils file
    pol_coil_file = 'polcoils_aug_PSL.nml',
    diag_coil_file = 'PSL_thick.nml'
/



&PARAMS_WALL
  ! eta_thin,wall in SI units [Ohm]
  eta_thin_w = 2.e-04
  
  ! Wall grid points in poloidal direction
  nwu        = 30
  
  ! Wall grid points in toroidal direction
  nwv        = 30
  
  ! Number of Fourier harmonics
  mn_w       = 9,
  
  ! Modes characterizing the wall shape  
  n_w(1)=0, m_w(1)=0, rc_w(1)= 1.6279e+00, rs_w(1)= 0.0000e+00, zc_w(1)= 1.4565e-07, zs_w(1)= 0.0000e+00,
  n_w(2)=0, m_w(2)=1, rc_w(2)= 8.1332e-01, rs_w(2)=-5.7505e-08, zc_w(2)=-5.7505e-08, zs_w(2)= 1.3289e+00,
  n_w(3)=0, m_w(3)=2, rc_w(3)= 9.2188e-02, rs_w(3)=-6.9942e-08, zc_w(3)= 1.4399e-07, zs_w(3)=-2.9767e-02,
  n_w(4)=0, m_w(4)=3, rc_w(4)=-2.5989e-02, rs_w(4)= 2.2499e-09, zc_w(4)=-6.0492e-08, zs_w(4)= 2.1621e-03,
  n_w(5)=0, m_w(5)=4, rc_w(5)= 1.9612e-02, rs_w(5)= 3.0229e-08, zc_w(5)= 8.3426e-09, zs_w(5)=-1.3358e-03,
  n_w(6)=0, m_w(6)=5, rc_w(6)=-5.6882e-03, rs_w(6)=-8.0519e-09, zc_w(6)= 1.2004e-09, zs_w(6)= 1.9415e-03,
  n_w(7)=0, m_w(7)=6, rc_w(7)=-1.0234e-03, rs_w(7)= 8.4675e-09, zc_w(7)= 4.7161e-09, zs_w(7)= 2.4789e-03,
  n_w(8)=0, m_w(8)=7, rc_w(8)= 2.6048e-03, rs_w(8)= 1.3817e-08, zc_w(8)= 7.0699e-09, zs_w(8)=-1.9192e-03,
  n_w(9)=0, m_w(9)=8, rc_w(9)=-2.4160e-03, rs_w(9)= 3.5777e-09, zc_w(9)=-9.4701e-10, zs_w(9)=-6.4470e-04,
  
/
